A break in the shoulder blade, usually from strong impact injury.

They are uncommon, making up about 3-5% of all shoulder fractures.

High-energy impacts from car crashes, falls, or strong hits are causes.

Signs include severe shoulder pain, swelling, bruises, and limited movement.

By checking physically and using imaging tests like X-rays and CT scans.

Not necessarily; it depends on the type and seriousness of the fracture.

Types include body, spine, acromion, coracoid, and glenoid fractures.

Healing usually takes 6-12 weeks based on the severity and treatment.

CT scans provide detailed views of complicated fractures, especially in the glenoid.

Non-displaced fractures are managed with rest, pain relief, and rehabilitation.

If not treated correctly, they can lead to chronic pain or limited shoulder use.

Surgery may include open reduction and internal fixation to correct and stabilize bones.

Mostly good with proper care, but complex fractures might have ongoing issues.

Yes, it helps regain motion, strength, and function.

Movement is usually restricted at first; rehabilitation begins when pain lessens.

Fractures involving the glenoid can eventually lead to arthritis.

It keeps the fracture stable, allowing healing before starting rehab.

Yes, to check on healing and handle any issues.

Complications may include misalignment, nonhealing, or nerve and muscle damage.

It depends on job requirements and recovery; light duties may be resumed as healing permits.

Scapular body fractures are the most common.

While high-energy impacts are key causes, weak bones can raise the fracture risk.

Pain relief may involve prescribed meds and possibly ice to ease swelling.

Many fractures can be seen on X-rays, but some may need additional imaging. CT for thorough examination.

Non-displaced fractures usually heal well without surgery; complex or glenoid fractures generally need surgical attention.

Different scapula areas have distinct functional outcomes, influencing whether surgery is needed.

Yes, especially with glenoid involvement, impacting joint surface.

Exercises from a physical therapist focus on motion and strength.

Yes, but they are less common than in adults due to different activity levels and injury types.

Yes, poor rehab can cause ongoing stiffness and weakness.

Smoking can slow down healing and raise complication chances.

Ongoing pain, swelling, and no functional improvement.

Techniques like manipulation and mobilization help restore motion and reduce pain.

Safety tips include proper footwear, removing hazards, and using safety equipment.

High-impact or overhead activities until a healthcare provider gives the okay.

Less common but can happen in contact or extreme sports with falls.

Initial therapy focuses on managing pain and early movement as healing allows.

Good diet, quitting smoking, and managing stress can support recovery.

Only with clearance and a careful increase in training load and methods.

Essential for supporting healing through shoulder immobilization.

They involve aligning bone pieces and are often necessary for displaced fractures.

Some minor fractures can heal without treatment, often resulting in poor healing.

Prompt treatment usually leads to better healing and fewer complications.

Rarely, as high-energy injuries typically show clear symptoms.

Conditions like diabetes and osteoporosis may slow healing.

Follow-ups depend on the case but often occur every few weeks at first.

Yes, a diet high in calcium and vitamin D helps bone recovery.

Braces can support the joint and assist in proper healing.

Proximity to nerves can sometimes cause nerve injuries, affecting function.

Its complex interactions affect stability and functionality, influencing fracture effects.

No specific genetic link, but overall bone health can be genetically influenced. What rehabilitation exists for athletes?

Exercises to strengthen and stabilize target the serratus anterior and nearby muscles.

Doing strength training and flexibility workouts and using the right protective gear.

Delays can make treatment harder and worsen outcomes by affecting how bones align and heal.

Yes, they can improve flexibility, ease pain, and boost recovery when suited to each person's needs.

Guidelines often include improving health to lower surgery risks.

Modern techniques have lower complication rates, but issues like infections or problems with hardware can still occur.

Being more active may require tougher rehab programs for best recovery.

Slings are usual, and other tools may be needed to help with movement or lessen strain during recovery.

Extra weight can put pressure on joints, possibly leading to bursitis.